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\newlabel{fig:v2_n_noptcut}{{1}{2}{This 2 figures reveal the relationship between v2 and number of collisions. In the left panel, it's the v2 of partons in their mediem state. The x-axis here is the number of intermediate stage of collisions. That means a paron maybe recorded several times. For example, if a parton has 2 collisions before formations. The v2 of this parton will be recorded at $N_{Coll}^{*}=0,1,2$. This number will be defined as $N_{coll}^{*}$ to differ with $N_{coll}$ in the right panel, which means the total number of collisions of a certain parton}{figure.1}{}}
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\@writefile{lof}{\contentsline {figure}{\numberline {2}{\ignorespaces The differencial distribution of number of collision in different $P_{T}$ region. The distributions including different initial (drawn in dashed lines) or final (drawn in solid lines) $P_{T}$ shreshold. The black lines mean low $P_{T}$ region, where $P_{T}<0.5GeV$ and red lines mean high $P_{T}$ region, where $P_{T}>3GeV$, for both initial and final $P_{T}$ cuts.}}{3}{figure.2}}
\newlabel{fig:ncoll}{{2}{3}{The differencial distribution of number of collision in different $P_{T}$ region. The distributions including different initial (drawn in dashed lines) or final (drawn in solid lines) $P_{T}$ shreshold. The black lines mean low $P_{T}$ region, where $P_{T}<0.5GeV$ and red lines mean high $P_{T}$ region, where $P_{T}>3GeV$, for both initial and final $P_{T}$ cuts}{figure.2}{}}
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\@writefile{lof}{\contentsline {figure}{\numberline {4}{\ignorespaces These figure shows relationship of v2 and parton final $P_{T}$, The black line is the v2 distribution of all partons. In order to bettter analysis it, we split the sample based on the number of collisions. v2 vesus $P_{T}$ of different number of collisions are drawn with different color lines.}}{4}{figure.4}}
\newlabel{fig:v2_vs_pt}{{4}{4}{These figure shows relationship of v2 and parton final $P_{T}$, The black line is the v2 distribution of all partons. In order to bettter analysis it, we split the sample based on the number of collisions. v2 vesus $P_{T}$ of different number of collisions are drawn with different color lines}{figure.4}{}}
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\@writefile{lof}{\contentsline {figure}{\numberline {5}{\ignorespaces The differencial distribution of number of collision in different $P_{T}$ region. The distributions including different initial (drawn in dashed lines) or final (drawn in solid lines) $P_{T}$ shreshold. The black lines mean low $P_{T}$ region, where $P_{T}<0.5GeV$ and red lines mean high $P_{T}$ region, where $P_{T}>3GeV$, for both initial and final $P_{T}$ cuts.}}{6}{figure.5}}
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\@writefile{lof}{\contentsline {figure}{\numberline {9}{\ignorespaces The distribution of max $P_{T}$ change of a parton in its collisions. For a certain parton, the $P_{T}$ of it changes in every collision, where the max $\Delta P_{T}$ here means the max value of the $P_{T}$ change of the parton.}}{9}{figure.9}}
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\@writefile{lof}{\contentsline {figure}{\numberline {15}{\ignorespaces This plot shows parton's v2 vesus $N_{coll}^{*}$. We make this plot in different $P_{T}$ regions (dashed lines for initial $P_{T}$ and solid lines for final $P_{T}$ with different colors.}}{14}{figure.15}}
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